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Become a Embedded Systems Engineer with AI

Learning Partners

Trending concepts:
TinyML, Edge Computing & Neural Networks on microcontrollers

Learn from industry experts in Embedded AI

1:1 doubt resolution & mentorship support

Hands-on projects with real hardware for portfolio building

Industry-recognized course with placement assistance

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Integrated with TinyML & Edge AI Technologies

Learn how AI tools like TensorFlow and PyTorch help build smarter embedded devices. Use these frameworks to add intelligence, perform data analysis, and make real-time decisions directly on hardware.

Explore how to run AI models on small devices without internet connection. Master TinyML techniques to build smart edge devices that make quick decisions locally for better performance.

Discover how AI and IoT work together to create intelligent connected systems. Build smart IoT applications that use AI to analyze data and make automatic decisions in real-time.

Key Highlights of this AI-Powered Embedded & IoT Program

  • Career-Ready Curriculum: Skills aligned with industry demands
  • In-House Certification: Credential from The IoT Academy
  • Expert Faculty: Learn from experienced embedded & AI professionals
  • Hands-On Hardware: Work with dev boards, sensors & AI accelerators
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  • Real-Time Projects: Build smart sensors, autonomous devices & IoT systems
  • Live Mentorship: Weekly Q&A with embedded AI experts
  • AI on Microcontrollers: Deploy ML Models with Ease
  • Lifetime Access: Stay updated with new tools & frameworks

Program Highlights

What Makes This AI-Powered
Embedded & IoT Program Different

Transform your embedded systems career by learning how AI enhances device intelligence and performance. From implementing neural networks on microcontrollers to building edge AI applications, this course equips you with cutting-edge skills. Over 16 weeks, you will work on five live embedded AI projects, build a professional portfolio, and receive comprehensive placement support.

  • Career Transformation: Enhance your embedded systems skills by mastering AI for device intelligence.
  • Core Skills: Implement neural networks on microcontrollers and create edge AI applications.
  • Hands-On Learning: Engage in five live projects over 16 weeks for practical experience.
  • Professional Support: Build a portfolio and receive placement assistance to kickstart your career.
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Limited Seats Available!

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Tools & Technologies

Tools & Technologies
You Will Learn

  • Arduino IDE
  • STM32CubeIDE
  • Keil MDK
  • TensorFlow Lite
  • Edge Impulse
  • OpenMV
  • MATLAB Simulink
  • FreeRTOS
  • Zephyr OS
  • Node-RED
  • Python for Embedded
  • C/C++ Programming
  • ARM Mbed
  • Raspberry Pi
  • ESP32
  • NVIDIA Jetson and many more….
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Skills You Will Master

  • Embedded Programming: C/C++ for microcontrollers & RTOS
  • AI Deployment: TinyML & neural networks on devices
  • Hardware Interfacing: Sensors, actuators & modules
  • RTOS: FreeRTOS & Embedded Linux for AI apps
  • Edge Computing: Local intelligent processing
  • Sensor Processing: Fusion, recognition & decisions
  • IoT Integration: Cloud-connected AI devices
  • Power Optimization: Energy-efficient AI systems
  • Wireless: WiFi, Bluetooth, LoRa connectivity

Academic Partners

The IoT Academy (Course Developer & Instructor) Industry Advisory Council featuring senior embedded engineers and AI researchers

E&ICT Academy IIT Guwahati

E&ICT Academy IIT Kanpur

IIT Jodhpur

E&ICT Academy IIT Roorkee

E&ICT Academy IIT Patna

IIT Bhilai

ASTU Guwahati

Himachal Pradesh University

RFRF Foundation

ABES College

MSIT College

IPEC College

Why You Should Choose Embedded Systems with AI Course Now?

Embedded systems are becoming smarter every day. AI integration is transforming everything from smart home devices to autonomous vehicles. This course helps you:

Stay ahead by mastering cutting-edge embedded AI technologies

Build intelligent devices that make autonomous decisions

Create energy-efficient AI solutions for battery-powered applications

Future-proof your career in the rapidly growing embedded AI market

Strength of Embedded Systems with AI Certification Course

Gain a strong foundation in Embedded Systems powered by AI through in-depth modules designed with the latest industry research and best practices.

In-depth modules built on the latest embedded AI research and industry practices.

Live case studies from automotive, healthcare, and industrial automation sectors.

Peer collaboration in small cohorts for focused learning and project development.

Continuous support from mentors and technical teaching assistants.

Lifetime access to course updates, new AI frameworks, and hardware integrations.

Capstone project reviewed and certified by embedded AI industry experts.

What Can You Become

Advanced Embedded Systems With AI Course Curriculum

  • Evolution of embedded systems
  • Microcontrollers vs Microprocessors
  • Embedded applications in automotive, healthcare, consumer electronics, and IoT
  • Development tools: IDEs, toolchains, debuggers

Lab: Setting up Arduino/ESP32 or STM32 development board, “Hello World” LED blink.

  • C basics for embedded (data types, pointers, bit manipulation)
  • Memory organization (stack, heap, registers)
  • I/O mapping and register-level programming

Lab: GPIO programming, reading switches, driving LEDs.

  • ADC/DAC concepts
  • Timers, PWM, interrupts
  • Serial protocols: UART, I2C, SPI

Lab: Interface a temperature sensor + display output on serial monitor.

  • Sensor & actuator overview
  • Memory (EEPROM, Flash, SRAM)
  • Power supply, clock system, watchdog timers
  • Intro to Embedded Linux

Lab: Work with external EEPROM, log sensor data.

  • Multitasking concepts
  • Scheduling (preemptive, cooperative)
  • Tasks, semaphores, queues, mutexes
  • FreeRTOS / Zephyr basics

Lab: Create multiple tasks with priorities on FreeRTOS.

  • Bootloaders & kernel basics
  • Device drivers introduction
  • Cross-compilation, GPIO access from Linux

Lab: GPIO programming on Raspberry Pi.

  • WiFi, Bluetooth/BLE 5, Zigbee
  • LPWAN: LoRaWAN, NB-IoT
  • Application protocols: MQTT, CoAP, HTTP

Lab: Send sensor data to MQTT broker using ESP32/STM32 + WiFi.

  • Security threats in IoT
  • Encryption (TLS/DTLS)
  • Secure boot & firmware signing
  • OTA firmware updates

Lab: Implement a secure MQTT connection with TLS.

  • Edge, Gateway, Cloud
  • Device identity & provisioning
  • Scalability in IoT systems

Lab: Set up an IoT gateway to forward sensor data to cloud.

  • AWS IoT Core, Azure IoT Hub, Google IoT
  • Open-source platforms (ThingsBoard, Node-RED, Mosquitto)
  • REST APIs, WebSockets

Lab: Push IoT sensor data to ThingsBoard dashboard.

  • Data storage (SQL/NoSQL, Time-series DBs)
  • Visualization tools (Grafana, Power BI)
  • IoT analytics use-cases

Lab: Build a real-time dashboard for temperature & humidity monitoring.

  • Introduction to TinyML (TensorFlow Lite Micro, Edge Impulse)
  • Running ML on constrained devices
  • Use cases: anomaly detection, predictive maintenance

Lab: Deploy a simple ML model on MCU for gesture recognition.

  • Power management techniques
  • Battery optimization & estimation
  • Energy harvesting (solar, vibration, RF)

Lab: Implement sleep/wake cycles to extend battery life.

  • Industry 4.0 concepts (IIoT)
  • PLC/SCADA integration
  • Protocols: OPC-UA, Modbus
  • Smart home & Matter protocol (latest standard)

Lab: Build a simple smart home setup (e.g., light automation with mobile app).

  • Proposal & system design
  • Hardware selection & firmware development
  • Cloud integration & security layer
  • Testing & debugging
  • Performance analysis (latency, power, security)
  • Final presentation & submission
  • What is AIoT?
  • Use cases: predictive maintenance, smart cities, healthcare
  • AI workflow (data → model → deployment)

Lab: Collect sensor data for AI training.

  • ML concepts: classification, regression, clustering
  • Supervised vs unsupervised learning
  • Libraries: Scikit-learn, TensorFlow

Lab: Train a simple ML model on collected IoT data.

  • Introduction to TinyML & TensorFlow Lite Micro
  • Limitations of constrained devices
  • ML optimization (quantization, pruning)

Lab: Deploy gesture recognition model on Arduino/ESP32.

  • Edge AI with cameras
  • Object detection basics (MobileNet, YOLO-lite)
  • Use cases: surveillance, smart farming

Lab: Run face/object detection on Raspberry Pi.

  • Integration of AI models into IoT pipelines
  • Edge inference vs cloud inference
  • Hybrid AIoT design patterns

Lab: Deploy anomaly detection model at IoT edge.

  • Vibration analysis in IIoT
  • Time-series AI models (RNN, LSTM)
  • Case study: Motor fault detection

Lab: Train LSTM model on vibration dataset.

  • RL basics (agents, states, rewards)
  • Applications: smart energy management, traffic control

Lab: RL-based thermostat control simulation.

  • Generative models for IoT (predictive simulations, synthetic data)
  • LLMs for IoT management & automation
  • Chatbots integrated with IoT devices

Lab: Build chatbot that queries IoT device data.

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Who Should Enroll in This
Course?

Transform your career with comprehensive embedded systems courses in Noida designed for

Embedded systems engineers seeking AI integration skills

Electronics engineers wanting to add intelligence to devices

Software developers interested in hardware programming with AI

IoT professionals looking to build smarter connected devices

Fresh graduates eager to enter the embedded AI industry

Live Industry-Based Projects

  • Course Focus: Dive into Embedded Systems with AI Integration, emphasizing practical, hands-on learning through engaging live projects.
  • Exciting Hands-On Tasks: Develop intelligent smart devices that sense and respond to their environment, while implementing AI on resource-constrained microcontrollers.
  • Skill Development: Gain real-world expertise in AI-enhanced embedded systems, building essential technical abilities through interactive and challenging activities.
  • Career Advantages: Strengthen your professional profile with a robust portfolio of projects, paving the way for successful opportunities in the field.
project 1

Build an AI-powered smart home automation system with voice recognition

project 2

Develop a predictive maintenance system for industrial equipment using sensor AI

project 3

Create an autonomous navigation system for small robots using computer vision

project 4

Design a smart agriculture monitoring system with AI-based crop health detection

project 5

Implement a real-time gesture recognition system using embedded machine learning

Our Corporate Partners

We collaborate with leading organizations to shape our curriculum and offer placement support:

Certification

Embedded Systems with AI Course Certification

Upon successful completion, you will receive the IoT Academy Embedded Systems with AI Integration Certificate, a mark of your ability to design and implement intelligent embedded systems solutions.

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Embedded Systems with AI Course Fee Structure

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ScholarshipUpto 30% Off

Regular Fee₹45,999/-

Installment Option3 & 4 Months

Admission Process

STEP
01

Complete the online application form with your technical background details.

STEP
02

Take a short embedded systems and programming aptitude assessment.

STEP
03

Attend a 20-minute technical interview with our admissions team.

STEP
04

Receive enrollment confirmation and payment details.

STEP 01

Online Application

Fill Simple Form with your technical background details.

STEP 02

Aptitude Assessment

Take a short embedded systems and programming aptitude assessment.

STEP 03

Technical Interview

Attend a 20-minute technical interview with our admissions team.

STEP 04

Enrollment

Receive enrollment confirmation and payment details.

Our Past Success Stories

Our learners’ voices speak louder than promises. These trusted testimonials highlight how The IoT Academy has empowered individuals to gain new skills, unlock opportunities, and achieve their dreams.

Hemant Raj
Placed In-

The IoT Academy's Embedded System course was a game-changer for me! The hands-on projects helped me understand complex concepts easily. I feel confident in my skills now and ready for a career in IoT!

Read more
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Dharmendra
Placed In-

I loved the Embedded System certification course! The instructors were knowledgeable and supportive. The practical experience I gained was invaluable. I highly recommend this course to anyone looking to enter the IoT field!

Read more
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Ritik Verma
Placed In-

Completing the Embedded System course at The IoT Academy was an amazing experience. The curriculum was well-structured, and I learned so much. I now have the skills to pursue my dream job in technology!

Read more
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Hemant Raj
Placed In-

The IoT Academy's Embedded System course was a game-changer for me! The hands-on projects helped me understand complex concepts easily. I feel confident in my skills now and ready for a career in IoT!

Read more
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Dharmendra
Placed In-

I loved the Embedded System certification course! The instructors were knowledgeable and supportive. The practical experience I gained was invaluable. I highly recommend this course to anyone looking to enter the IoT field!

Read more
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Ritik Verma
Placed In-

Completing the Embedded System course at The IoT Academy was an amazing experience. The curriculum was well-structured, and I learned so much. I now have the skills to pursue my dream job in technology!

Read more
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Start Your Embedded Journey Today!

Limited Seats -
Batch Get Up to 30% Scholarship + FREE Demo Class

Early Bird Offer Ends 31st Dec 2025 - Don't Miss Out!

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Frequently Asked Questions (FAQs)

No, a technical background is not required. Our program is designed as one of the best data analytics courses for beginners, covering fundamentals through advanced concepts with hands-on support throughout your learning journey.

Yes, completing a embedded systems course can enhance your job prospects in embedded systems roles.

Embedded Systems roles can be suitable for freshers due to entry-level positions and the growing demand for Embedded Systems skills.

A Embedded Systems certification is a shorter, focused program, while a degree provides a broader education and takes more time than a certification course.

To become a Embedded Systems, typically, you need a bachelor's degree in a related field like statistics, mathematics, or computer science.

Embedded Systems focus on interpreting and visualizing data, while data scientists also create models and work with big data

Yes, you can transition to a Embedded Systems career from a different field through a relevant course and by demonstrating your skills.

The best Embedded Systems certification course with placement is offered by The IoT Academy. It is a 5-months certification program with a 100% job assistance

Companies like Google, Amazon, and Facebook are top choices for Embedded Systems due to their innovative data-driven environments and opportunities. However, Accenture, Microsoft, IBM, Deloitte, TCS (Tata Consultancy Services), Capgemini, and Mu Sigma have global reach and provide opportunities for career advancement.

Yes, TCS (Tata Consultancy Services) does hire freshers as Embedded Systems through their recruitment programs.

A junior Embedded Systems in India can expect an average salary of around 6 lakhs per annum.

After 5 years of experience, a Embedded Systems's maximum salary can range from 15-25 lakhs per annum, depending on skills, location, and the company.

Embedded Systems certification costs in India range from ₹28,000 to ₹50,000 depending upon the location.

Prerequisites often include a bachelor's degree, basic math and computer skills, and familiarity with data tools like Excel.

The IoT Academy Embedded Systems courses will take 3 to 5 months to complete and you will also get 100% placement assistance after completing the course.

Yes, The IoT Academy provides both offline and online Embedded Systems course with placement assistance. You can learn Embedded Systems from anywhere across the world.

You'll gain skills in data analysis, data visualization, statistical analysis, and proficiency in tools like Python and SQL during a Embedded Systems course.

The fees for the Embedded Systems course in Noida are 65,000 INR for a duration of 4 months. If you are interested in the Embedded Systems course that includes lessons on Generative AI Tools, the cost is 80,000 INR for 5 months. Discounts are also available based on the student's eligibility, early enrollment, or group registration criteria.

No, there is no additional cost besides the program fee. You do not have to pay extra to get a certificate and practical training.

To enroll in the Embedded Systems certification course, you have to pay only 500 INR as a token amount.

Yes, scholarships and EMI options are available for the course fees. You can avail of up to 30% discounts on pre-registration and other eligibility criteria. For EMI, students can opt for flexible installment plans to pay the fees over some time, making it easier to manage.

We accept multiple payment methods to make the process convenient for you. These include Cash payment, Internet Banking, Credit/Debit cards, and UPI Payments.

Refunds for course withdrawals are subject to our refund policy.